一个打开图片并将其转变为黑白图片的程序及其工程文件。需要预安装OpenCV。若有任何问题联系chenxiang@cad.zju.edu.cn...

纹 理 映 射,VC++ 程 序 实 现-Texture mapping, VC++ Procedures realize

来自于VC++数字图像处理典型算法及其实现这本书，对于初学者有很大的帮助。-usrful,good,from a classical book

包括锐化、平滑、LOG滤波器提取边缘数学形态学的腐蚀、膨胀、骨架化、开闭运算以及分形方法画树木和树叶-including sharpening, smooth, LOG filter from the brink of mathematical morphology corrosion, swelling, skeleton, and the opening and closing operation fractal approach painting trees and leaves

A hybrid Particle Swarm Optimization algorithm for finding the minimum of the function fitness in the real space.-Particle Swarm Optimization algo abbreviation for finding the minimum of the function fi tness in the real space.

在对图象进行处理时，该程序可得到该数组的边缘-In the treatment of image, the program can be the edge of the array

使用VC++处理图像，可以实现拉普拉斯边缘增强、中值滤波、灰度化、象素点反转-Use VC++ Deal with images, you can realize laplace edge enhancement, median filtering, gray, and pixel-point inversion

H.264解码软件，作成了VC工程。各位有需要的朋友可以在本工程的基础上进行适当的修改，以满足自己的需求。-H.264 decoding software for the project has become a VC. Members in need of a friend can be in the works based on appropriate modifications to meet their own needs.

摄像机图像序列的全景图拼接，希望能有些用处-Camera panorama image stitching sequence, hoping to be useful

6.2"TFT液晶显示屏资料 1. Application This technical specification applies to 6.2!± color TFT-LCD module, PW062XS3 The applications of the panel are car TV, portable DVD, GPS, multimedia applications and others AV system. 2. Features . Amorphous silicon TFT-LCD panel with Back-Light unit. . Pixel in stripe configuration . Compatible with NTSC and PAL system . Slim and compact . Up / Down and Left / Right Image Reversion . Support multi display mode (If you use this mode, you must use PVI-1004D!ˉs timing controller (made by PVI) -6.2

awimg=rgb2gray(im1) tic [accum, circen, cirrad] = CircularHough_Grd(rawimg, [20 30],5,50) circen toc figure(1) imagesc(accum) axis image title( Accumulation Array from Circular Hough Transform ) figure(2) imagesc(rawimg) colormap( gray ) axis image hold on plot(circen(:,1), circen(:,2), r+ ) for k = 1 : size(circen, 1), DrawCircle(circen(k,1), circen(k,2), cirrad(k), 32, b- ) end hold off title([ Raw Image with Circles Detected , ... (center positions and radii marked) ]) figure(3) surf(accum, EdgeColor , none ) a